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기록

FABRIC-BASED ANTENNAS FOR WIRELESS POWER WITHIN VEHICLE INTERIORS

발명심사 중
1조회수
19청구항 · 1 독립항
§ Ⅰ

개요

발명자

Milad MIRZAEE; Benjamin TEREBELO; Joshua Aaron YANKOWITZ

IPC 분류

H1Q 1/32H2J 50/40

CPC 분류

H1Q1/3208H2J50/40

Fabric-based antennas for wireless power withing vehicle interiors are described. In some aspects, a vehicle interior product wireless power system comprises a transmitter electronic housing unit electrically connected to a wire harness of a vehicle. The system further comprises a first tuning and matching PCB electrically connected to the transmitter electronic housing unit, a transmitter antenna electrically connected to the first tuning and matching PCB, a receiver antenna for capturing flux from the transmitter antenna, a second tuning and matching PCB electrically connected to the receiver antenna, and a receiver electronic housing unit electrically connected to the second tuning and matching PCB. The receiver electronic housing unit may be electrically connected to loads or vehicle functions embedded into a vehicle interior product, such as a car seat, center console, or infotainment system.

원문 (중국어)

Fabric-based antennas for wireless power withing vehicle interiors are described. In some aspects, a vehicle interior product wireless power system comprises a transmitter electronic housing unit electrically connected to a wire harness of a vehicle. The system further comprises a first tuning and matching PCB electrically connected to the transmitter electronic housing unit, a transmitter antenna electrically connected to the first tuning and matching PCB, a receiver antenna for capturing flux from the transmitter antenna, a second tuning and matching PCB electrically connected to the receiver antenna, and a receiver electronic housing unit electrically connected to the second tuning and matching PCB. The receiver electronic housing unit may be electrically connected to loads or vehicle functions embedded into a vehicle interior product, such as a car seat, center console, or infotainment system.